BAE develops Body Wearable Antennas

Reliable communications are almost as critical to the modern soldier as their weapons and ammunition. Conventional whip-antennas are not only cumbersome and conspicuous, but they don't always provide a reliable link between a soldier laying on the ground and one standing up. Meanwhile, the short antenna of a portable radio can mean the signal is masked by the user's body. To provide more reliable, continuous 360-degree radio coverage, BAE Systems has developed a series of Body Wearable Antennas (BWAs) that, like the experimental antenna system recently developed at Ohio State University, sees the antennas weaved into the fibers of a uniform.

The concept demonstrator developed by BAE not only provides 360-degree communications coverage whilst improving the agility of the soldier, it also transmits voice, video data from a helmet-mounted camera and GPS location information via the same antenna. BAE says such capabilities would improve the situational awareness of a military team as a whole by allowing soldiers to see through the eyes of their teammates in real time.

The demonstration system developed by BAE also includes a commercially available touchscreen smartphone that is mounted on the wrist. Using the smartphone's GPS sensor, the positions on the various team members can be overlaid on a moving map. The team can also tag objects, such as potential hazards, that will appear highlighted on the phone's display.

"Frontline soldiers carry a huge amount of weight when on patrol. Research into body wearable antennas has shown we could reduce this burden and in the future give forces improved communication capabilities and a significant advantage on the battlefield," says Jon Pinto, Antennas and Electromagnetics Group Leader from BAE Systems Advanced Technology Centre.

BAE Systems is also exploring non-military uses of the technology. It is currently looking at the potential to incorporate BWAs into the suits of fire-fighters for use in search and rescue operations, for police patrol members to keep a track of colleagues on the street, and in other hazardous industries, such as mining, oil and gas.

Darren's love of technology started in primary school with a Nintendo Game & Watch Donkey Kong (still functioning) and a Commodore VIC 20 computer (not still functioning). In high school he upgraded to a 286 PC, and he's been following Moore's law ever since. This love of technology continued through a number of university courses and crappy jobs until 2008, when his interests found a home at Gizmag.

So instead of brain cancer from your cell phone you can get it all over instead!

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Re; Paul Green - September 12, 2011 @ 12:32 pm PDT

Assuming that they only use one Antenna at a time to transmit, and which one changes as the person moves, The peak exposure will be reduced, even if the body armor does not offer shielding, and the RF radiation does in fact cause cancer.

Correlation is not proof, it hardly rates as evidence.
A doctor once studied what it was about quinine that caused alcoholism, because he found that most alcoholics cut their whiskey, vodka, or gin with tonic water.